EARMUFFS UNIVERSAL SIZE 26 DB (YT-74632)

ANTI-NOISE EAR MUFFS 26 DB UNIVERSAL SIZE
YT-74632
Brand
Yato
Symbol
YT-74632
Series
GRD
SNR attenuation value
26 dB
Protection category
III
Standard
EN 352-1:2020
Material
ABS, foam, stainless steel
Adjustable
Yes
Weight
200 g

Light and compact anti-noise earmuffs in a universal size. They fit both a 6-year-old's head and an adult's head. Low weight, flexible headband with soft padding, and wide cushions ensure high wearing comfort. At the same time, optimal reduction of ambient sound intensity is ensured. The earmuffs are perfect for both everyday work and during sports events with excessive noise.

Attenuation efficiency: SNR 26 dB
flexible plastic headband with soft padding
soft and wide sealing cushions, fitting well to the head, made of skin-friendly materials
weight: 200 g
Cushion dimensions:

dimension A: approx. 47 mm
dimension B: approx. 71 mm
Cushion dimensions

How to choose earmuffs for your workplace:

Protective, anti-noise earmuffs protect the operator against harmful noise by reducing the sound level measured in decibels by the SNR parameter value. The upper limit for an 8-hour working day is set at 85 dB. If average noise measurements in the workplace exceed this value, then you should purchase earmuffs with an SNR parameter that will reduce the noise level to 85 dB or less. Assuming that we will work all the time wearing earmuffs with an SNR of 32 and in a work environment with a noise intensity of 116 dB, then we will reduce the noise to 84 dB.

If the time the operator wears the earmuffs is longer than several minutes, it is worth paying more attention to design elements that improve the comfort of wearing them. Sufficiently wide sealing cushions made of skin-friendly materials should fit the user's entire auricle. The soft padding of the headband relieves pressure on the upper part of the head. However, the strength with which the earmuffs adhere to the head affects not only the comfort, but also the damping efficiency, so for continuous use it is worth choosing earmuffs with, not necessarily the highest available, but an appropriately selected SNR parameter.